
Chapter 21
| VLAN Commands
Configuring VLAN Translation
– 584 –
Configuring VLAN Translation
QinQ tunneling uses double tagging to preserve the customer’s VLAN tags on
traffic crossing the service provider’s network. However, if any switch in the path
crossing the service provider’s network does not support this feature, then the
switches directly connected to that device can be configured to swap the
customer’s VLAN ID with the service provider’s VLAN ID for upstream traffic, or the
service provider’s VLAN ID with the customer’s VLAN ID for downstream traffic.
This section describes commands used to configure VLAN translation.
switchport
vlan-translation
This command maps VLAN IDs between the customer and service provider.
Syntax
switchport vlan-translation
original
-
vlan
new-vlan
no switchport vlan-translation
original
-
vlan
original
-
vlan
- The original VLAN ID. (Range: 1-4094)
new
-
vlan
- The new VLAN ID. (Range: 1-4094)
Default Setting
Disabled
Command Mode
Interface Configuration (Ethernet)
Command Usage
◆
If the next switch upstream does not support QinQ tunneling, then use this
command to map the customer’s VLAN ID to the service provider’s VLAN ID for
the upstream port. Similarly, if the next switch downstream does not support
QinQ tunneling, then use this command to map the service provider’s VLAN ID
to the customer’s VLAN ID for the downstream port. Note that one command
maps both the
original-vlan
to
new-vlan
for ingress traffic and the
new-vlan
to
original-vlan
for egress traffic on the specified port.
For example, assume that the upstream switch does not support QinQ
tunneling. If the command
switchport vlan-translation 10 100
is used to map
VLAN 10 to VLAN 100 for upstream traffic entering port 1, and VLAN 100 to
VLAN 10 for downstream traffic leaving port 1, then the VLAN IDs will be
swapped as shown below.
Table 113: VLAN Translation Commands
Command
Function
Mode
Maps VLAN IDs between the customer and service provider IC
Displays the configuration settings for VLAN translation
PE
Содержание ECS4120-28F
Страница 36: ...Contents 36...
Страница 38: ...Figures 38...
Страница 46: ...Section I Getting Started 46...
Страница 70: ...Chapter 1 Initial Switch Configuration Setting the System Clock 70...
Страница 86: ...Chapter 2 Using the Command Line Interface CLI Command Groups 86...
Страница 202: ...Chapter 5 SNMP Commands Additional Trap Commands 202...
Страница 210: ...Chapter 6 Remote Monitoring Commands 210...
Страница 216: ...Chapter 7 Flow Sampling Commands 216...
Страница 278: ...Chapter 8 Authentication Commands PPPoE Intermediate Agent 278...
Страница 360: ...Chapter 9 General Security Measures Port based Traffic Segmentation 360...
Страница 384: ...Chapter 10 Access Control Lists ACL Information 384...
Страница 424: ...Chapter 11 Interface Commands Power Savings 424...
Страница 446: ...Chapter 13 Power over Ethernet Commands 446...
Страница 456: ...Chapter 14 Port Mirroring Commands RSPAN Mirroring Commands 456...
Страница 488: ...Chapter 17 UniDirectional Link Detection Commands 488...
Страница 494: ...Chapter 18 Address Table Commands 494...
Страница 554: ...Chapter 20 ERPS Commands 554...
Страница 620: ...Chapter 22 Class of Service Commands Priority Commands Layer 3 and 4 620...
Страница 638: ...Chapter 23 Quality of Service Commands 638...
Страница 772: ...Chapter 25 LLDP Commands 772...
Страница 814: ...Chapter 26 CFM Commands Delay Measure Operations 814...
Страница 826: ...Chapter 27 OAM Commands 826 1 1 00 12 CF 6A 07 F6 000084 Enabled Disabled Enabled Disabled Console...
Страница 836: ...Chapter 28 Domain Name Service Commands 836...
Страница 848: ...Chapter 29 DHCP Commands DHCP Relay Option 82 848...
Страница 902: ...Section III Appendices 902...
Страница 916: ...Glossary 916...
Страница 926: ...CLI Commands 926...
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Страница 938: ...E092017 CS R02...